Crw Crawl-Walk-Run-Fly! - Maryland Space Grant Consortium€¦ · The Crawl, Walk, Run development...
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Crawl-Walk-Run-Fly! Crawl Walk Run Fly Why -Present a problem or challenge -”The greatest risk to space missions comes from non-trackable debris” - Nicholas Johnson Chief Scientist for Orbital Debris 2014 -Birth of an idea -Research, -Find heritage to support -Present your idea to peers -Develop a mission -Define mission statement -Establish Goals and Objectives -Create early concepts, models, drawings -High Altitude Balloon Testing - Excellent Test Environment - Cost Effective - Increases Test Readiness Levels -Model and Test -Integrate Systems -Continue Ground Testing -Validate Mission -Present findings to peers -Publish in accredited resources -Sounding Rocket Flights -Full Exposure to space -Proves payload can survive launch -Full Mission Testing -Subsystem testing -FlatSat Testing -Day in the Life Testing -Industry Testing -NASA accredited testing -Testing to expected specific environment -Vibration/ Thermal Testing -Full Orbital Mission -Achieved Test Readiness Levels -Continue Developing Heritage -Students conduct Mission Operations -Student Benefits -Real mission experience -Creates well rounded individuals -Provides problem solving experience -Provides a real world STEM application The Crawl, Walk, Run development cycle was introduced to CapTechU engineering teams by Dr. Terry Teays, former Assistant Director of the Maryland Space Grant Consortium. This development cycle creates a standardized path to mission success, funding, environmental and systems testing. Methodologies such as this provides and standardized procedure that works well with state space grant consortia as well as similar sources of support. This model is great for taking student projects from an idea or concept to a full space flight mission. Advisors: Angela Walters, Bob Twiggs, Sandy Antunes, Alison Evans, Cinnamon Wright, Nathan Weideman Special Thanks to Capital Technology University Team TRAPSat and Project HERMES Author: Ryan Schrenk Michael Strittmatter Co-Author: Professor Angela Walters Marissa Jagarnath Original TRAPSat Prototype to Initial CAD Model 2013 Multiple UMD Collaborative High Altitude Balloon Launch/ Camera & Aerogel Prototyping 11/2013-3/2016 NASA Stardust Mission: 02/1990 - 03/2011 Initial inspiration/heritage 2016 RockSat-X TRAPSat Launch Incorporated Industry Manufacturing / NASA Testing Projected CACTUS-1 2018 CSLI NASA ELaNa Launch 3D Printed RASC Optics Grade Silica Aerogel Image Testing Initial Cardboard Prototype of TRAPSat Design Initial CAD drawing of TRAPSat HAB Launch to ~70,000 ft Above:CSLI Award Map Below: Virgin 1 CubeSat deployment system First HAB Top: 2016 Integrated RockSat-X Payloads Bottom Left: 2016 TRAPSat Rocksat-X Payload Bottom Right: 2016 Rocksat-x Terrior Improved Malemute
Transcript of Crw Crawl-Walk-Run-Fly! - Maryland Space Grant Consortium€¦ · The Crawl, Walk, Run development...
Crw Crawl-Walk-Run-Fly!Crawl Walk Run Fly
Why
-Present a problem or challenge -”The greatest risk to space missions comes from
non-trackable debris” - Nicholas Johnson Chief Scientist for Orbital Debris 2014-Birth of an idea -Research, -Find heritage to support
-Present your idea to peers
-Develop a mission
-Define mission statement
-Establish Goals and Objectives
-Create early concepts, models, drawings
-High Altitude Balloon Testing - Excellent Test Environment - Cost Effective - Increases Test Readiness Levels-Model and Test -Integrate Systems -Continue Ground Testing-Validate Mission -Present findings to peers -Publish in accredited resources
-Sounding Rocket Flights -Full Exposure to space -Proves payload can survive launch-Full Mission Testing -Subsystem testing -FlatSat Testing -Day in the Life Testing-Industry Testing
-NASA accredited testing
-Testing to expected specific environment -Vibration/ Thermal Testing
-Full Orbital Mission -Achieved Test Readiness Levels -Continue Developing Heritage -Students conduct Mission Operations-Student Benefits -Real mission experience -Creates well rounded individuals -Provides problem solving experience -Provides a real world STEM application
The Crawl, Walk, Run development cycle was introduced to CapTechU engineering teams by Dr. Terry Teays, former Assistant Director of the Maryland Space Grant Consortium. This development cycle creates a standardized path to mission success, funding, environmental and systems
testing. Methodologies such as this provides and standardized procedure that works well with state space grant consortia as well as similar sources of support. This model is great for taking student projects from an idea or concept to a full space flight mission.
Advisors: Angela Walters, Bob Twiggs, Sandy Antunes, Alison Evans, Cinnamon Wright, Nathan Weideman Special Thanks to Capital Technology University Team TRAPSat and Project HERMES
Author:Ryan Schrenk
Michael Strittmatter
Co-Author:Professor Angela Walters
Marissa Jagarnath
Original TRAPSat Prototype to Initial CAD Model2013 Multiple UMD Collaborative High Altitude Balloon Launch/
Camera & Aerogel Prototyping 11/2013-3/2016
NASA Stardust Mission:02/1990 - 03/2011Initial inspiration/heritage
2016 RockSat-X TRAPSat LaunchIncorporated Industry Manufacturing / NASA Testing
Projected CACTUS-1 2018 CSLI NASA ELaNa Launch
3D Printed RASCOptics Grade Silica Aerogel Image Testing
Initial Cardboard Prototype of TRAPSat Design Initial CAD drawing of TRAPSat
HAB Launch to ~70,000 ft
Above:CSLI Award Map Below: Virgin 1 CubeSat deployment system
First HAB
Top: 2016 Integrated RockSat-X Payloads Bottom Left: 2016 TRAPSat Rocksat-X Payload Bottom Right: 2016 Rocksat-x Terrior Improved Malemute
